Which Skills Are Taught in a Basic Electronics Training Program?

Basic electronics courses are designed to prepare students to understand the workings of equipment such as amplifiers, transistors, transducers and fiber optics. This article highlights the variety of technical and mathematical skills that might gained through fundamental electronics training programs. Schools offering Electrical Engineering degrees can also be found in these popular choices.

Essential Information

The National Coalition for Electronic Education (NCEE), www.ncee-edu.org, recommends certain concepts and skills that electronics training programs should teach. Hands-on and classroom training are required. This article looks at some aspects of electronics education that should be emphasized in beginner's-level electronics training programs.

mportant Facts About This Field of Study

Common Courses Basic electronics, appliance service and electronic systems
Possible Careers Aircraft technician, sound and broadcast engineer, telecommunications equipment installer and repairer
Programs Certification available through the Electronics Technicians Association International and the International Society of Certified Electronics Technicians
Prerequisites May include community college or technical school electronics courses

Source: U.S. Bureau of Labor Statistics

Recognizing Electronic Parts

An electronics education program should prepare students to:

  • Classify color codes on various resistors that are based on the individual makeup and uses of each
  • Classify the varieties, voltages, capacities, troubleshooting strategies and uses of capacitors, inductors, transformers, semiconductors and transistors
  • Describe and apply uses of zeners diode ratings, diacs, triacs and SCRs
  • Identify optical devices such as LCDs and LEDs
  • Be familiar with and know how to draw the electronic equipment symbols of photo transistors or photo resistors
  • Detail CMOS, FET and MOS applications

Electronic Circuits

Students should become proficient when it comes to:

  • Recognizing, detailing and classifying L, R, C, AC, DC and filter circuits as capacitive, inductive, and resistive
  • Using oscillators and comparing and contrasting the use of them with multivibrators
  • Comparing and contrasting differentiator and integrator circuits
  • Understanding and applying the calculation of resonance in circuits
  • Describing and understanding Kirkhoff's law

Soldering Techniques

Every electronics technician must have expertise in soldering. Thus, a good program will teach students to:

  • Safely conduct antistatic grounding, soldering and desoldering procedures
  • Know the different kinds of soldering techniques and in what circumstances they are to be used.
  • Recognize and know how to use lead-free solder (PbF)
  • Identify and use heat shunts
  • Recognize cold solder joints and determine the sources of it
  • Be able to recognize and properly care for various solder and desolder tools
  • Know how to use braid-wick solder removers

Mathematics

Finally, mathematics are an integral part of basic electronics operations. All training programs should teach students to:

  • Memorize Ohms law, power, current and resistance, voltage, and circuit formulas and values
  • Determine wavelength, frequency and power values
  • Translate binary, hex, decimal and octal numbers
  • Use Boolean algebra in digital circuitry
  • Use graphs in electronics functions

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